High-speed CNC drilling and Milling Machine according to the parts shape, size, accuracy and surface roughness and other technical requirements to develop the processing technology, select the processing parameters, through manual programming or the use of CAM software automatic programming, the programmed processing program into the controller. After processing the machining program, the controller sends instructions to the servo device. The servo device sends a control signal to the servo motor. The spindle motor rotates the tool, and the X, Y and Z oriented servo motors control the relative motion of the tool and the workpiece according to a certain trajectory, so as to achieve the cutting of the workpiece.

The high-speed CNC drilling and milling machine can realize the continuous contour control with motion trajectory through the linear and circular interpolation, and process the plane contour composed of two geometric elements: linear and circular interpolation. The plane contour formed by a non-circular curve can also be processed after a straight line or an arc approximation. In addition, it can also process some spatial surfaces.

The application range of high-speed CNC drilling and milling machine is very wide, the following is a detailed introduction to the application range of high-speed CNC drilling and milling machine:

1, construction industry: In the construction industry, it is widely used in the drilling and milling of steel structural parts. For example, in the construction of Bridges and iron towers, a large number of precise drilling and milling work is required to meet these high-precision and high-efficiency needs.

2, machinery manufacturing industry: in the field of machinery manufacturing, used to process the internal and external cylindrical surface of shaft parts, conical surface, thread surface, etc. For disk parts, drilling, reaming, twisting, tapping and other processes can be carried out. In addition, it can also complete machining tasks such as end face, grooving and chamfering.

3, the automotive industry: The automotive industry is one of the important application areas of high-speed CNC drilling and milling machine. In the manufacturing process of auto parts, a large number of precision drilling and milling processing is required, such as the processing of key components such as engine cylinder block and transmission housing. It can meet the requirements of high efficiency and high precision in the automotive industry.

4, aerospace industry: the aerospace industry has high requirements for the precision and quality of parts, and the application in this field is particularly important. It can be used for machining complex curved parts such as aircraft engine blades and turbine disks, as well as precision machining of spacecraft structural parts.

5, mold manufacturing industry: In the mold manufacturing industry, used to process a variety of complex mold cavity and core. Through high-speed milling technology, high precision machining of the mold surface can be achieved, and the service life and production efficiency of the mold can be improved.

6, electronics industry: In the electronics industry, used for processing printed circuit boards (PCB) and other electronic components. It can achieve precision drilling and milling of small aperture to meet the requirements of high precision and high reliability of electronic products.

7, medical equipment manufacturing: The medical equipment manufacturing industry has strict requirements for the accuracy and surface quality of parts, and high-speed CNC drilling and milling machines are more and more widely used in this field. It can be used to process high precision medical instruments such as artificial joints and surgical instruments.

8. Energy industry: In the energy industry, it is used to process key components such as oil drilling equipment and wind power generation equipment. Through high-precision drilling and milling processing, the performance and reliability of the equipment can be improved.